Faculty

Institution

Unit

Venue

Nange Jin

Research Assistant Professor

University of Houston

Affiliations

College of Optometry

Vision Science

Nange Jin is currently serving as a College Of Optometry Research Assistant Professor at University of Houston.

Honors

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Experiences

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Education

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Nange Jin

University of Houston

Research Assistant Professor

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neuroscience ophthalmology vision research retina neuro-ophthalmology mammalian biology visual science biophysics electrophysiology neurophysiology mouse retina genetics systems neuroscience neuroradiology experimental ophthalmology molecular and cellular biology neuroanatomy science advance protein science photoreceptor cells melatonin chronobiology rod electrical coupling circadian clock retinal output molecular neuroscience membrane biology animal physiology molecular science molecular cell biology molecular physiology biophysical review pineal research cell death peptide science peptides dopamine veterinary physiology mammalian physiology molecular neurobiology cellular neurobiology brain science neural science pineal gland apoptosis neuroinflammation in vivo systems cryptochromes functional architecture mouse photoreceptor network mammalian retina daily plasticity electrical coupling rod photoreceptors direct evidence melatonin synthesis non-image visual behaviors genetic elimination secondary rod pathway visual pigment-deficient cones

Notable Scholarly Works

Notable Federal Grants

Collaborators

Computational Modeling of the Secondary Rod Pathway Contribution to the Retinal Output. (2023)

Laetitia Raison-AubryLoïs NaudinNange JinChristophe RibelaygaLaure Buhry

retinal outputcomputational modelingneurosciencecomputational neuroscienceophthalmology

Electroacupuncture Ameliorates Inflammatory Response Induced by Retinal Ischemia-Reperfusion Injury and Protects the Retina Through the Dor-Bdnf/Trkb Pathway. Frontiers in Neuroanatomy (2023)

Runjie GuoYongjie ZhangYue GengPing ChenTiantian FuYong XiaRen ZhangYuan ZhuJingling JinNange JinHong XuXuesong Tian

neurologyinflammationinflammatory responseneuroanatomyretinaneuro-ophthalmologyneuroscienceneuroinflammationneuroradiologyophthalmologyretinal ischemia-reperfusion injury

Activation of Delta-Opioid Receptor Protects Arpe19 Cells Against Oxygen-Glucose Deprivation/Reoxygenation-Induced Necroptosis and Apoptosis by Inhibiting the Release of Tnf-Α. Journal of Ophthalmology (2022)

Runjie GuoPing ChenTiantian FuRen ZhangYuan ZhuNange JinHong XuYong XiaXuesong Tian

apoptosiscell deathimmunologypharmacologyophthalmologyreceptors

Divergent Outer Retinal Circuits Drive Image and Non-Image Visual Behaviors. Cell Reports (2022)

Corinne BeierUlisse BoccheroLior LevyZhijing ZhangNange JinStephen C. MasseyChristophe P. RibelaygaKirill MartemyanovSamer HattarJohan Pahlberg

systems neurosciencenon-image visual behaviorscell biologyvision researchneuroscienceophthalmology

Genetic Elimination of Rod/Cone Coupling Reveals the Contribution of the Secondary Rod Pathway to the Retinal Output. Science Advances (2022)

Nange JinLian-Ming TianIris FahrenfortZhijing ZhangFriso PostmaDavid L. PaulStephen C. MasseyChristophe P. Ribelayga

genetic eliminationretinal outputneurosciencescience advanceophthalmologygene expressionsecondary rod pathwaygenetics

Visual Pigment–Deficient Cones Survive and Mediate Visual Signaling Despite the Lack of Outer Segments. Proceedings of the National Academy of Sciences (2022)

Hui XuNange JinJen-Zen ChuangZhao ZhangXiaoyue ZhongZhijing ZhangChing-Hwa SungChristophe P. RibelaygaYingbin Fu

visual pigment-deficient conesoptogeneticsouter segmentsvision researchneuroscienceophthalmologyvisual sciencegenetics

Molecular and Functional Architecture of the Mouse Photoreceptor Network. Science Advances (2020)

Nange JinZhijing ZhangJoyce KeungSean B. YounMunenori IshibashiLian-Ming TianDavid W. MarshakEduardo SolessioYumiko UminoIris FahrenfortTakae KiyamaChai-An MaoYanan YouHaichao WeiJiaqian WuFriso PostmaDavid L. PaulStephen C. MasseyChristophe P. Ribelayga

molecular and cellular biologysystems neurosciencephotoreceptor cellscell biologymolecular neurobiologyneurosciencemolecular sciencemouse photoreceptor networkmolecular physiologymembrane biologymolecular cell biologyfunctional architecturemolecular biologyscience advancemolecular neurosciencemammalian biology

Retinal Circuits Driving a Non-Image Forming Visual Behavior. bioRxiv (Cold Spring Harbor Laboratory) (2020)

Corinne BeierUlisse BoccheroZhijing ZhangNange JinStephen C. MasseyChristophe P. RibelaygaKirill MartemyanovSamer HattarJohan Pahlberg

neuro-ophthalmologycognitive neuroscienceneuroscienceretinal circuitsophthalmology

Paired Recording to Study Electrical Coupling Between Photoreceptors in Mouse Retina. Methods in molecular biology (2019)

Nange JinZhijing ZhangKimberly A. MankiewiczChristophe P. Ribelayga

biophysicsmouse retinaretinavision researchneuroscienceneurophysiologymolecular biologyneuroimagingmammalian biology

A Congenic Line of the C57 Bl /6J Mouse Strain That is Proficient in Melatonin Synthesis. Journal of Pineal Research (2018)

Zhijing ZhangEduardo SilveyraNange JinChristophe P. Ribelayga

melatoninpineal glandphysiologymelatonin synthesispineal researchmolecular biologyendocrinologymammalian biologygenetics

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Nange Jin

Research Assistant Professor

University of Houston

Affiliations

College of Optometry

Vision Science

Nange Jin is currently serving as a College Of Optometry Research Assistant Professor at University of Houston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Nange Jin

University of Houston

Research Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Computational Modeling of the Secondary Rod Pathway Contribution to the Retinal Output. (2023)

Laetitia Raison-AubryLoïs NaudinNange JinChristophe RibelaygaLaure Buhry

retinal outputcomputational modelingneurosciencecomputational neuroscienceophthalmology

Electroacupuncture Ameliorates Inflammatory Response Induced by Retinal Ischemia-Reperfusion Injury and Protects the Retina Through the Dor-Bdnf/Trkb Pathway. Frontiers in Neuroanatomy (2023)

Runjie GuoYongjie ZhangYue GengPing ChenTiantian FuYong XiaRen ZhangYuan ZhuJingling JinNange JinHong XuXuesong Tian

neurologyinflammationinflammatory responseneuroanatomyretinaneuro-ophthalmologyneuroscienceneuroinflammationneuroradiologyophthalmologyretinal ischemia-reperfusion injury

Runjie GuoPing ChenTiantian FuRen ZhangYuan ZhuNange JinHong XuYong XiaXuesong Tian

apoptosiscell deathimmunologypharmacologyophthalmologyreceptors

Divergent Outer Retinal Circuits Drive Image and Non-Image Visual Behaviors. Cell Reports (2022)

Corinne BeierUlisse BoccheroLior LevyZhijing ZhangNange JinStephen C. MasseyChristophe P. RibelaygaKirill MartemyanovSamer HattarJohan Pahlberg

systems neurosciencenon-image visual behaviorscell biologyvision researchneuroscienceophthalmology

Genetic Elimination of Rod/Cone Coupling Reveals the Contribution of the Secondary Rod Pathway to the Retinal Output. Science Advances (2022)

Nange JinLian-Ming TianIris FahrenfortZhijing ZhangFriso PostmaDavid L. PaulStephen C. MasseyChristophe P. Ribelayga

genetic eliminationretinal outputneurosciencescience advanceophthalmologygene expressionsecondary rod pathwaygenetics

Visual Pigment–Deficient Cones Survive and Mediate Visual Signaling Despite the Lack of Outer Segments. Proceedings of the National Academy of Sciences (2022)

Hui XuNange JinJen-Zen ChuangZhao ZhangXiaoyue ZhongZhijing ZhangChing-Hwa SungChristophe P. RibelaygaYingbin Fu

visual pigment-deficient conesoptogeneticsouter segmentsvision researchneuroscienceophthalmologyvisual sciencegenetics

Molecular and Functional Architecture of the Mouse Photoreceptor Network. Science Advances (2020)

Retinal Circuits Driving a Non-Image Forming Visual Behavior. bioRxiv (Cold Spring Harbor Laboratory) (2020)

Corinne BeierUlisse BoccheroZhijing ZhangNange JinStephen C. MasseyChristophe P. RibelaygaKirill MartemyanovSamer HattarJohan Pahlberg

neuro-ophthalmologycognitive neuroscienceneuroscienceretinal circuitsophthalmology

Paired Recording to Study Electrical Coupling Between Photoreceptors in Mouse Retina. Methods in molecular biology (2019)

Nange JinZhijing ZhangKimberly A. MankiewiczChristophe P. Ribelayga

biophysicsmouse retinaretinavision researchneuroscienceneurophysiologymolecular biologyneuroimagingmammalian biology

A Congenic Line of the C57 Bl /6J Mouse Strain That is Proficient in Melatonin Synthesis. Journal of Pineal Research (2018)

Zhijing ZhangEduardo SilveyraNange JinChristophe P. Ribelayga

melatoninpineal glandphysiologymelatonin synthesispineal researchmolecular biologyendocrinologymammalian biologygenetics

1
2
10 / page

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Similar Faculty Members

Christophe Ribelayga

Institution

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visual perception

pineal research

Timothy W. Kraft

Institution

University of Alabama at Birmingham

neuroscience

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Frans Vinberg

Institution

University of Utah

ocular research

photoreceptor cell

Laura J Frishman

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ocular biology

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William D. Eldred

Institution

Boston University

visual neurobiology

ophthalmology retina

Ning Tian

Institution

University of Utah

retinal development

neural circuit

Jonathan Demb

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biological psychiatry

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